Iodine is a critical trace element involved in many diverse and important processes in the
Earth system. The importance of iodine for human health has been known for over a century …

Ocean biogeochemistry involves the production and consumption of an array of organic
compounds and halogenated trace gases that influence the composition and reactivity of the …

The catalytic depletion of Antarctic stratospheric ozone is linked to anthropogenic emissions
of chlorine and bromine. Despite its larger ozone-depleting efficiency, the contribution of …

Previous efforts to measure atmospheric iodine have focused on marine and coastal
regions. We report the first ground‐based tropospheric iodine monoxide (IO) radical …

This paper introduces a new version of the chemistry-climate model SOCOL-AERv2,
supplemented by an iodine chemistry module. We conducted three twenty-year-long …

The influence of organic compounds on iodine (I2) emissions from the O3+ I–reaction at the
sea surface was investigated in laboratory and modeling studies using artificial solutions …

The goal of the Sea2Cloud project is to study the interplay between surface ocean
biogeochemical and physical properties, fluxes to the atmosphere, and ultimately their …

Global iodine emissions have been increasing rapidly in recent decades, further influencing
the Earth's climate and human health. However, our incomplete understanding of the iodine …

Our understanding of surface ocean and lower atmosphere processes in the Indian Ocean
(IO) region shows significant knowledge gaps mainly due to the paucity of observational …

High concentrations of iodine oxide (IO) have been reported over west Antarctica, with areas
around the Weddell Sea showing a peak in spring. However, stations in east Antarctica …